The phrase "adaptive utility" is correct and usable in written English.
It can be used in contexts discussing flexibility or functionality in various applications, particularly in technology or design.
Example: "The software's adaptive utility allows it to adjust to different user needs and preferences seamlessly."
Alternatives: "flexible functionality" or "versatile usefulness".
The malleability of taste has a similar adaptive utility when it comes to a subject that is largely missing from Vanderbilt's book: mate selection.
In this paper, we propose an adaptive utility interactive photovoltaic (PV) system based on a novel Flexible Switch array Matrix topology.
Yet, although these heuristics may have had adaptive utility in ancestral environments, they may be mismatched to modern organizations in which leadership is no longer a physical job.
DRD4 VNTR genotype frequencies vary widely across the globe, reflecting the adaptive utility of both motivations for dispersal [23] and in some cases culturally constrained behavioral phenotypes [26].
Yet, the role and potential adaptive utility of sound in plant communication remains hitherto unexplored.
If an increase in copy number of a gene in a population decreases the fitness of any given instance of the gene, then there is a sense that its adaptive utility is being "used up" and the various copies are to some extent rivals with one another.
The novel, adaptive utility-based scheduling metric, is explained in detail in the next subsection.
The user selection criterion is based on an adaptive, utility-based scheduling metric designed for the purpose.
Subsequently, the adaptive utility-optimization process is described on the basis of a cloudified data-intensive application.
In this article, we propose a novel scheduling algorithm with an adaptive, utility-based scheduling metric for the multiuser MIMO uplink, together with the support for SDMA.
The third paper by Celcer et al. proposes an adaptive utility-based scheduling algorithm for the multiuser MIMO uplink, and the fourth paper by Salim et al. compares various user selection algorithms for achieving SINR targets with average minimum transmit power in multiuser MIMO systems.
